Question

2. (20 pts) Two identical steel balls with mass $m$ are fixed at the two ends of a massless rigid rod with length $a$. The center of the rod is fixed so that the rod can rotate freely in the horizontal plane without friction. Another clay ball with mass $M$ is moving with initial velocity $u_0$ before it hits one of the balls and sticks to the steel ball as shown. Find the angular velocity of the rod immediately after the collision.

Name: 2. (20 pts) Two identical steel balls with mass m are fixed at the two ends of a massless rigid rod with length a. The center of the rod is fixed so that the rod can rotate freely in the horizontal plane without friction. Another clay ball with mass M is moving with initial velocity u0 before it hits one of the balls and sticks to the steel ball as shown. Find the angular velocity of the rod immediately after the collision.
Uploaded: 2021-07-01T04:11:45-08:00
Duration: 3 min 15 s
Channel: Surendra Kumar

          2. (20 pts) Two identical steel balls with mass $m$ are fixed at the two ends of a massless rigid rod with length $a$. The center of the rod is fixed so that the rod can rotate freely in the horizontal plane without friction. Another clay ball with mass $M$ is moving with initial velocity $u_0$ before it hits one of the balls and sticks to the steel ball as shown. Find the angular velocity of the rod immediately after the collision.

2. (20 pts) Two identical steel balls with mass m are fixed at the two ends of a massless rigid rod with length a. The center of the rod is fixed so that the rod can rotate freely in the horizontal plane without friction. Another clay ball with mass M is moving with initial velocity u0 before it hits one of the balls and sticks to the steel ball as shown. Find the angular velocity of the rod immediately after the collision.

Added by Christian W.

Concepts of Physics

H. C. Verma 1st Edition

Chapter 10

Instant Answer

Solved by Expert Surendra Kumar

07/01/2021

Step 1

Step 1: Initialize the variables mg = mass of the steel ball Mg = mass of the clay ball Show more…

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2.20 pts Two identical steel balls with mass m are fixed at the two ends of a massless rigid rod with length a. The center of the rod is fixed so that the rod can rotate freely in the horizontal plane without friction. Another clay ball with mass M is moving with initial velocity ug before it hits one of the balls and sticks to the steel ball as shown. Find the angular velocity of the rod immediately after the collision M O Uo